Author name: electronics guru

Protect your home: build a gas detector system with Arduino Cloud, MicroWakeupper and Wemos D1 Mini

Introduction Welcome to the world of home security with this article through which you will make a smart gas detector using the Arduino Cloud, together with the MicroWakeupper and the versatile Wemos D1 Mini. The heart of this project is the MQ-135 gas sensor, which provides precise readings of the presence of gases in the […]

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Step-by-Step Guide: Build an ESP8266 FM Radio with Infrared Remote Control and TFT Display

Introduction In this article, we will explore together how to transform your ESP8266 into an ESP8266 FM radio, i.e. a frequency modulation receiver controlled by an infrared remote control and equipped with a TFT display. Are you ready to dive into the world of FM radio with a touch of technological magic? The project is

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Measuring oxygen saturation and heart rate with the ESP8266 and MAX30101 Sensor: complete guide

Introduction As part of the continuous monitoring of our health, measuring oxygen saturation and heart rate is certainly an operation of primary importance. In the context of technological evolution, the integration of wearable health monitoring devices is transforming our ability to take care of ourselves more advanced than ever. In this scenario, the MAX30101 sensor

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Weather station project with ESP8266 and TFT display: real-time monitoring of weather forecasts

Introduction This weather station project with ESP8266 and TFT display is just what you need if you’ve ever wanted to have instant access to the weather forecast for your area without having to open an app on your phone or a website. With the help of an ESP8266, a powerful Wi-Fi microcontroller, and a 1.8-inch

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DIY IoT: ESP8266 and Raspberry Pi to monitor temperature and humidity via MQTT communication protocol

Introduction The Internet of Things (IoT) is revolutionizing the way we interact with the world around us. MQTT communication protocol between different devices will be illustrated in this article through the creation of a project using ESP8266 and a Raspberry Pi used to monitor environmental temperature and humidity.You will learn how to build a temperature

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Take control of gas monitoring: DIY gas sensor with SD card logging using MQ-135 sensor and DS3231 RTC

Introduction The air we breathe is a vital resource, but we often take its quality for granted. Gas sensor air monitoring has become a global priority with increasing concerns about air pollution and environmental safety. The control and management of these gases, both in industrial and domestic environments, has become fundamental to ensuring human health

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Solar Power for Arduino, ESP8266 and IoT: Complete Guide to Energy Independence

Introduction In the age of Internet of Things (IoT) and embedded technology, solar power for Arduino and other types of devices (such as, for example, ESP8266 and ESP32) have become a top priority to ensure continuous operation. Projects distributed in remote locations, far from the electricity grid, require a sustainable and reliable energy source. This

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How to make an automatic sprinkler with ESP8266 controlled by Arduino Cloud

Introduction In this article, we will introduce an automatic sprinkler with ESP8266 controlled by Arduino Cloud. In the age of the Internet of Things (IoT), the ability to collect, monitor and control environmental data in real time has opened new doors towards optimizing resources and creating innovative solutions. In this context, the use of the

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How to use the Arduino Cloud scheduler with an ESP8266 on PlatformIO

Introduction In this article we will explore one of the elements of the Arduino Cloud dashboard: the scheduler. We will use this element to command a red LED driven by our ESP8266 NodeMCU. We will use, as always, our favorite IDE: Platformio. In the age of the Internet of Things (IoT), automation plays a crucial

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How to create a remote control system of two LEDs with ESP8266,Arduino Cloud and PlatformIO

Introduction Welcome to the article dedicated to the creation of an interactive circuit that exploits the potential of Arduino Cloud and the ESP8266, a microcontroller with integrated Wi-Fi module, to remotely control two LEDs. This project will walk you step-by-step through creating a system where one LED turns ON or OFF based on the Boolean

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